def Robot(self, name=None, extname=None):
if name and (not self.robot or name != self.robot.name):
try:
robot = self.robots[name]
except KeyError:
robot = TestRobot(name, variable_getters=[self.shell_variable])
self.robots[name] = robot
self.robot = robot
robot_magic = RobotMagic(name, robot_shell=self)
self.line_magics[str(robot_magic)] = robot_magic
self.unregister_robot_magics()
self.register_robot_variable_magics()
for alias, lib in robot._libraries.items():
self.register_robot_keyword_magics(alias, lib)
if self.robot is None:
label = self.robot_magic_name
else:
try:
label = self.robot.magic_name
except AttributeError:
label = '%s.%s' % (self.robot_magic_name, name)
else:
if extname:
label += '.' + extname
self.label = label
return self.robot
def robot_Remote(request):
"""Creates a ``TestRobot`` instance loading ``Remote`` library,
which automatically connects to the external ``RemoteRobot`` instance
created in ``process`` fixture.
"""
# make 3 connection attempts before bailing out
for _ in range(3):
try:
# BuiltIn will also be served by RemoteRobot
robot = TestRobot('Test', BuiltIn=False)
robot.Import('Remote')
return robot
except DataError:
continue
raise
def robot(request, stdlibname):
robot = TestRobot('Test')
robot.Import(stdlibname)
return robot
def robot_no_BuiltIn(request, stdlibname):
robot = TestRobot('Test', BuiltIn=False)
robot.Import(stdlibname)
return robot
def test_ImportRemoteLibrary(self, process, robot_Remote):
assert not hasattr(robot_Remote, 'CopyList')
robot_Remote.ImportRemoteLibrary('Collections')
robot = TestRobot('New')
robot.Import('Remote')
assert robot.CopyList
